DescriptionDatalogging Insight is a computer program to be used as a learning resource for Science education. Previous users of ‘Insight 3’ will recognise many of the features. It is designed for a range of users with different levels of skill and confidence in computers. The program is contained on one CD-ROM. Also contained in the package are a program guide, a teaching and learning guide and a Quick Reference Card with prompts for setting up and using analysing tools. In order to use the program, further hardware items are needed – a data-logger or interface box, sensors and laboratory apparatus.
The program works in three modes. Sensing Mode is for data-logging with analogue sensors (temperature, light, etc.). Timing Mode is used for timing measurements with switch-type sensors (light gates, etc.). Modelling mode is employed for building formulae and mathematical modes for generating data.
It is possible to switch between any of these modes in any order from the ‘Set-up’ menu. This makes it possible to collect data in Sensing or Timing mode, then switch to Modelling mode and build a model to generate theoretical data. Alternatively, it is possible to build a model first in Modelling mode then collect real data in Sensing or Timing mode. In either case, both sets of data may then be compared. If the model needs adjustment to get a better fit, it is easily edited. Modelling mode may be used for conventional spreadsheet activities. The spreadsheet table in the program is useful for storing information from science experiments where sensors are not appropriate.
There are several ways of entering data into the program. Data can be entered from sensors – both analogue and digital. A wide variety of different manufacturers’ data-logging hardware is supported, making it possible for a class to use different hardware systems with the common Datalogging Insight software program. Alternatively, the keyboard can be used for some data entry – measurements not requiring a sensor (ruler measurements, etc.), data from secondary sources (textbooks, Internet, etc.) or textual information (names, descriptions, etc.). Lastly, data can be entered from files – data from previous experiments or modelling activities can be loaded from Datalogging Insight files, Insight 3 files, CSV, TSV and SID format files. Thus, data from a wide variety of alternative software sources can be entered. Supporting DocumentationThe program guide describes in detail how to set up the software and explains the variety of the program’s features. It is possible to choose your own settings, and full instructions are included for setting up the system, connecting hardware, analysing existing data, and calculating new data. There are even instructions on loading and saving the files. Instructions are easy to read and understand and makes use of screen shots to help understanding.
The Teaching and Learning Guide describes the principles which underlie the use of the program and some of the contexts for which it was designed. It also contains many ideas for using the program in laboratory Science. The guide is intended for selective rather than sequential reading and teachers can make use of the various sections according to their needs and interests.
The guides are also available in PDF format on the CD-ROM. Any data needed for the activities is included on the disc. Each section has teacher’s notes, a program of study keywords, details of skill levels and hints and tips on lesson and classroom organisation. Technical SupportThere are contact details for Technical Support and details of a website to visit for more detailed guidance, although this was not available when I tried.
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